SAYA BERHASIL MERAKIT KIPAS ANGIN TENAGA MATAHARI MURAH MERIAH !!

Summary

In this DIY video, the creator demonstrates how to transform used and recycled materials into an eco-friendly solar-powered fan. Using a 10-watt solar panel and a motor from an old printer, the project aims to reduce electricity dependency. The setup is simple and cost-effective, with no need for expensive batteries or complicated wiring. The fan operates when exposed to sunlight, making it an efficient and sustainable solution for cooling. The tutorial is designed for beginners, offering a fun way to harness solar energy while reusing old items.

Takeaways

• 😀 You can create an energy-efficient fan using recycled materials, saving on electricity bills.
• 🌞 This fan runs on solar energy, utilizing a 10-watt solar panel to power the motor, making it environmentally friendly.
• 🔋 No need for batteries or complicated wiring. The system works without a battery, avoiding the expense and complexity of rechargeable batteries.
• 💡 The solar panel's maximum open circuit voltage is 21.5V, providing the necessary power to drive the fan motor.
• 🔧 A simple motor (used from a printer) is repurposed, which can handle a 12-24V load, ensuring the fan runs smoothly.
• 📏 The length of the wiring can be adjusted based on the distance needed from the solar panel to the fan, with longer cables offering more flexibility.
• 🔌 The fan is connected directly to the solar panel, with a switch installed for turning the fan on and off as needed.
• 🌱 The fan design is minimalist, relying on basic materials like a recycled plastic bottle to create the fan blades.
• 💸 The total cost of the solar panel setup is around Rp100,000, which is a cost-effective solution compared to using electricity from PLN.
• 🌞 The fan operates efficiently when exposed to direct sunlight, with a simple on/off switch to control its use at any time.
• ⚡ The fan and solar panel setup is durable, with the solar panel being resistant to heat and rain, ensuring long-term usability.

Q & A

What is the main purpose of the video?

The video demonstrates how to create a fan powered by solar energy using recycled materials, specifically showing how to build a simple solar-powered fan that doesn't rely on the electric grid.

What is the key component used to power the fan in this project?

The key component is a 10-watt solar panel, which converts sunlight into electricity to power the fan.

Why is the creator opting for solar power instead of using traditional electricity?

The creator is using solar power to save on electricity costs and to avoid the complexity of battery-powered systems, which can require expensive components and complicated setups.

What type of motor is used in the project?

A motor from a used printer is repurposed for this project, which is capable of handling a load of 12 to 24 volts.

How does the solar panel work in this project?

The solar panel generates electricity when exposed to sunlight. This electricity is used to power the fan, and the fan only operates when there is enough sunlight.

What happens when there is no sunlight?

When there is no sunlight, the fan will not work, as the solar panel will not generate enough power to operate the motor.

What materials are used for the fan blades?

The fan blades are made from a used cooking oil jug, which is cut and shaped into a fan blade. Alternatively, cans or other materials can also be used.

What is the function of the switch installed in the project?

The switch is used to turn the fan on or off. When the fan is not needed, the user can simply turn off the switch to stop the fan from running.

How is the motor attached to the casing?

The motor is attached to a casing using glue. A hole is drilled in the casing to fit the motor, and the motor is secured in place with adhesive.

Is the solar panel safe to use in various weather conditions?

Yes, the solar panel is designed to withstand daily exposure to the sun, and it is safe even if it gets exposed to rain. However, proper installation and care should be taken to ensure longevity.